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Human centred manufacturing: methodology for ergonomic previsional evaluation of manual assembly operations

机译:以人为本的制造:手动装配操作的人体工学预评估方法

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摘要

The challenge of flexibility and productivity for manufacturing operations needs a new concept based on “human-centered manufacturing process”. This concept must consider basically the ergonomics of workplaces and workload balancing. The application of this concept is achievable through the detailed knowledge of the interaction between human and workplace, in particular as far as the mechanical load (or work load) arising from product design and from manufacturing process definition (included tools and equipment). The measurement of workload then is a fundamental for new (and existing) workplaces. In this paper is described the methodology that considers the procedure and instruments for measuring ergonomic parameters and the use of EAWS method to assess the ergonomic risk level of the workplace summarized by a score. EAWS considers postural aspects and dynamics of work activity. Design or modification of the workplace can be defined on base of the results obtained by the methodology application.
机译:制造业务的灵活性和生产率挑战需要基于“以人为本的制造过程”的新概念。该概念必须从根本上考虑工作场所的人机工程学和工作负载平衡。通过详细了解人与工作场所之间的相互作用,尤其是从产品设计和制造过程定义(包括工具和设备)产生的机械负荷(或工作负荷),可以实现此概念。这样,工作量的测量就成为新的(和现有的)工作场所的基础。本文描述了一种方法,该方法考虑了用于测量人体工程学参数的程序和工具,并使用EAWS方法来评估工作场所的人体工程学风险水平(以分数概括)。 EAWS考虑姿势方面和工作活动的动态。可以根据方法学应用程序获得的结果来定义工作场所的设计或修改。

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